Automatic Computation of Semantic Proximity Using Taxonomic Knowledge [chapter]

Cai-Nicolas Ziegler, Kai Simon, Georg Lausen
2012 Studies in Computational Intelligence  
Taxonomic measures of semantic proximity allow us to compute the relatedness of two concepts. These metrics are versatile instruments required for diverse applications, e.g., the Semantic Web, linguistics, and also text mining. However, most approaches are only geared towards hand-crafted taxonomic dictionaries such as WordNet, which only feature a limited fraction of real-world concepts. More specific concepts, and particularly instances of concepts, i.e., names of artists, locations, brand
more » ... es, etc., are not covered. The contributions of this paper are twofold. First, we introduce a framework based on Google and the Open Directory Project (ODP), enabling us to derive the sematic proximity between arbitrary concepts and instances. Second, we introduce a new taxonomy-driven proximity metric tailored for our framework. Studies with human subjects corroborate our hypothesis that our new metric outperforms benchmark semantic proximity metrics and comes close to human judgement.
doi:10.1007/978-3-642-27714-6_10 fatcat:pjx2n7rdtvf6pcaevkzb3ct74e